SS963 - Serial Power Driver Card
96 pieces 3A (4.4A max) output
- Reverse polarization protection
- 100% CMOS technology
- Power consumption ~ 50mA
- Output voltage 0-30V
- Each output current is 3A (nominal) 4.4A (maximum) *
- Unlimited cascade connection (X * 96)
Our Product Features
- POWERFUL: Can connect 15 meter strip led (4.4Amper) to one port
- PRACTICAL: 24 lane LEDs can be easily connected at one time
- ECONOMIC: can control 96 strip LED with single card
- LONG LIFE: "0" zero warm-up and lengthen the life of the LED strip
- AGILE: Electrical reverse connection and surge protection
- FLEXIBLE: Ability to control tens of thousands of LEDs
- CAPACITY: to control loads from 3.3volt to 30volt
- DOMESTIC: Domestic production with 100% stress test
The SS963 serial driver is a high-efficiency power driver card. The SS963 serial drive allows you to safely and quickly control thousands of electronic loads, especially stripe leds, RGB LEDs and relays. The SS963 is a MOSFET driver that basically transfers the 96 bits of data that it receives in series from the control input to its outputs quickly.
Our card, designed by Turkish engineers and produced in Turkey with domestic facilities, operates at high speeds at megahertz level with very low power consumption like 0.5 watts.
The SS963 can transmit up to 100MHz at a rate of 1MHz to each output. This speed allows each output to change position one million times a second independently of each other. In this way, the desired output speeds can be used for various purposes ranging from providing the input data frequency to adjusting the brightness of the light with PWM methods and providing the desired motor speeds. Each output has a maximum current capacity of 4.4, and with each outlet it can safely drive 10 meters of a three-chip strip LED.
The SS963 is specially designed for driving strip LEDs, which are widely used in the modeling industry. We have been serving the sector for 6 years. Saw that the main problems of the sector workers are mainly stemming from LED strips. Depending on the specifications of the LED strips used and the physical collar of the LED strips, the strip LEDs may lose their initial gloss by losing their electrical strength over time (depending on the ambient temperature, the type of feedstock and the quality of the strip). The SS963 is designed to automatically optimize the supply of the strip LEDs. Thus, even after many years, they can maintain their brightness and colors just like the first day.
The SS963 also allows stepping motors to be controlled with the ability to operate in high frequency currents. Up to 24 stepper motors can be controlled with a single SS963.
Features
- PCB size: 6.9 cm x 23.0 cm
- Card size: 6.9 cm x 24.9 cm
- 96 pieces 3A (4.4A max) output
- 1 serial input
- Standard connection cradles (IDC connector)
- Wide output operating voltage range (0-30V)
- Compatibility with microcontroller systems (Arduino, NetDuino, MSP430, STM32, Teensy, BeagleBone, MinnowBoard, VoCore)
- Compatibility with microprocessor systems (Raspberry Pi, Banana Pi, Intel Galileo)
Technicial Specifications
- 100% CMOS technology
- Supply voltage 6v (minimum) 12v (maximum)
- Reverse polarization protection
- Supply overcurrent protection (100mA fuse)
- Feed spike protection
- Power consumption ~ 50mA
- Number of control inputs 4
- Number of data entries 1
- Input data length 96 bits
- Number of outlets x96
- Each output current is 3A (normal) 4.4A (maximum) * [1]
- Each output voltage is 12v (normal) 30v (max)
- Total output current is 100A (max)
- Data input frequency is 10Mhz (normal), 25Mhz (max)
- Cascade connection (X * 96)
- Power indicator led
- Data processing indicator led'i
- Over-power protection fuse
- Electromagnetic interference protection (Anti-EMI)
- Test points (Data, Clock, Latch, Feed)
[1] In this case it is advisable to cool the card with the aid of a suitable fan.
Note: The serial driver is absolutely necessary for the operation of an automation system in which the System Unit is located. You can connect hundreds of cards in a row. You can control many electronic loads with the card. To have more information about the card please visit the hardware section.
Tutorial: Using tutorial and video
SS963 Catalog (English).pdf Download
SS963 Source Codes